maximum heeling moment

简明释义

最大横倾力矩

英英释义

例句

1.During the race, the crew monitored the maximum heeling moment 最大倾斜力矩 to avoid capsizing.

在比赛期间，船员监测最大倾斜力矩 最大倾斜力矩以避免翻船。

2.Engineers calculated the maximum heeling moment 最大倾斜力矩 when designing the new sailboat.

工程师在设计新帆船时计算了最大倾斜力矩 最大倾斜力矩。

3.The yacht's design must account for the maximum heeling moment 最大倾斜力矩 to ensure stability during sailing.

游艇的设计必须考虑到最大倾斜力矩 最大倾斜力矩以确保航行中的稳定性。

4.The boat's stability was compromised when it exceeded the maximum heeling moment 最大倾斜力矩 during a sudden gust of wind.

在突如其来的强风中，船只超过了最大倾斜力矩 最大倾斜力矩，导致稳定性受到影响。

5.Understanding the maximum heeling moment 最大倾斜力矩 helps sailors make better decisions in adverse weather conditions.

理解最大倾斜力矩 最大倾斜力矩可以帮助水手在恶劣天气条件下做出更好的决策。

作文

The concept of a ship's stability is crucial for its safe operation at sea. One of the key factors influencing a vessel's stability is the maximum heeling moment, which refers to the greatest force that causes a ship to lean or tilt to one side when subjected to external forces such as wind or waves. Understanding this phenomenon is essential for ship designers, operators, and mariners alike, as it directly impacts the safety and performance of the vessel.When a ship is at rest, it sits upright in the water, with its center of gravity positioned above its center of buoyancy. However, when external forces act upon the ship, such as strong winds or rough seas, the vessel begins to heel over. The maximum heeling moment occurs when the forces acting on the ship reach their peak, causing the vessel to lean at its maximum angle before the counteracting forces come into play.Several factors contribute to the maximum heeling moment. The size and shape of the vessel, the distribution of weight on board, and the environmental conditions all play significant roles. For example, a larger vessel may have a higher maximum heeling moment due to its increased surface area exposed to wind. Similarly, if cargo is unevenly distributed, it can lead to an increased risk of heeling, potentially reaching the maximum heeling moment more quickly than a well-balanced load.To ensure a ship remains stable and does not exceed its maximum heeling moment, various design and operational strategies can be employed. Shipbuilders often incorporate features such as a deep keel, which lowers the center of gravity and enhances stability. Furthermore, operators are trained to assess weather conditions and make informed decisions about sailing routes and cargo loading to minimize the risk of excessive heeling.In addition to design considerations, understanding the maximum heeling moment is vital during emergencies. For instance, if a ship encounters severe weather, crew members must be aware of the limits of their vessel’s stability. Knowing the maximum heeling moment allows them to take immediate action, such as adjusting sails or ballast, to prevent capsizing.In conclusion, the maximum heeling moment is a critical aspect of maritime safety and engineering. By comprehending how various factors influence this moment, shipbuilders and operators can better prepare for the challenges posed by the marine environment. Ultimately, a thorough understanding of the maximum heeling moment helps ensure that vessels remain safe and seaworthy, protecting both the crew and the cargo they carry.

船舶稳定性的概念对于其在海上的安全操作至关重要。影响船舶稳定性的关键因素之一是最大倾斜力矩，它指的是当船舶受到外部力量（如风或海浪）作用时，导致船舶向一侧倾斜的最大力。理解这一现象对于船舶设计师、运营商和水手来说是至关重要的，因为它直接影响到船舶的安全性和性能。当船舶静止时，它在水中直立，重心位于浮心之上。然而，当外部力量作用于船舶时，如强风或波涛汹涌，船舶开始倾斜。最大倾斜力矩发生在作用于船舶的力量达到峰值时，导致船舶在反作用力发挥作用之前以最大角度倾斜。多种因素会影响最大倾斜力矩。船舶的大小和形状、船上重量的分布以及环境条件都起着重要作用。例如，较大的船舶可能由于其暴露于风中的表面积增加而具有更高的最大倾斜力矩。同样，如果货物分布不均，可能会导致倾斜的风险增加，从而比平衡负载更快地达到最大倾斜力矩。为了确保船舶保持稳定并且不超过其最大倾斜力矩，可以采用各种设计和操作策略。造船商通常会采用深龙骨等特征，这降低了重心并增强了稳定性。此外，操作人员经过培训，可以评估天气条件，并就航线和货物装载做出明智的决策，以最小化过度倾斜的风险。除了设计考虑外，了解最大倾斜力矩在紧急情况下也至关重要。例如，如果船舶遇到恶劣天气，船员必须意识到其船舶稳定性的极限。了解最大倾斜力矩使他们能够采取及时行动，例如调整帆或压载，以防止翻船。总之，最大倾斜力矩是海事安全和工程的重要方面。通过理解各种因素如何影响这一时刻，造船商和运营商可以更好地为海洋环境带来的挑战做好准备。最终，深入理解最大倾斜力矩有助于确保船舶保持安全和适航，保护船员及其所承载的货物。